Tigmint: correcting assembly errors using linked reads from large molecules.
Shaun D JackmanLauren CoombeJustin ChuRene L WarrenBenjamin P VandervalkSarah YeoZhuyi XueHamid MohamadiJoerg BohlmannSteven J M JonesInanc BirolPublished in: BMC bioinformatics (2018)
Scaffolding an assembly that has been corrected with Tigmint yields a final assembly that is both more correct and substantially more contiguous than an assembly that has not been corrected. Using single-molecule sequencing in combination with linked reads enables a genome sequence assembly that achieves both a high sequence contiguity as well as high scaffold contiguity, a feat not currently achievable with either technology alone.